Monocular and Binocular Depth Lecture By Nestor Matthews

This lecture was created for sensation and perception students at Denison University.

[@honeybwp1]

I'm not a student in your class but you explained this so much better than my own professor thank you

[@nestormatthews5340]

Maulik, There are neurons in the visual cortex that only respond after receiving input from the two eyes. Some of these binocularly tuned cells respond to the "crossed" (near) disparities while others respond to the "uncrossed" (far) disparities discussed in the video. I hope that helps. :) NM

[@bangladesh9132]

Thank you so much, I have done MS in HCI, so had to take that sensation class and lietrally this topic was somewhat vague to me, now clear. Thanks. I hope not only student in US but also professors go to youtube once in a while and learn new teaching method which is much simple and easily perceivable to students.

[@giacomod.s.4519]

You are an excellent teacher. Thank you for sharing your work.

[@sidoptom]

Very useful lecture

[@gintarezaldaryte4440]

Thanks! Such a good explanation!!!!

[@MAULIKPATELnamste]

I liked it, but it is not understood how the Z dimension is being perceived by our eyes? the reasons? or science about that? how our brain process the two different images? That, I would have liked it more..... Thank you.

[@ayushmukherjee8737]

I didn't understand the concept of horaptor much clearly and also the concept of proximal stimulus and poverty of stimulus. bt also loved the lecture!!!!!!!!

[@bilalchandiabaloch8464]

Old video but very worth full.

[@jetrayel]

Good lecture!

[@sidoptom]

We need to create crossed disparity so that central circle can float towards us

[@idub426]

I'm still a little confused on the pop quizzes at the end. I think I'm overcomplicating, but would (for the first question) moving the left triangle more left and the right cross more right make the circle appear closer? If so, then I think I've got the others, where 2. moving the left/right circle/cross opposite to their respective sides would make the triangle appear closer, and 3. i. moving the left/right triangle/circle in the same direction as their side and ii. moving the left/right cross opposite to its respective side.

[@daryush55]

Thank you, you've made this really clear :-)

[@LezerniWolf]

I'm monocular. My right eye overcompensates for my left and I don't get depth perception.

[@ujintamang7654]

If a person have blindness in one eye and can see through another eye,the can that person have depth perception?

[@TheElidhu]

Yes, from the monocular depth cues

[@kabmeisterkabs1220]

Not bad